A Steam Ejector is an advanced device that utilizes the Venturi effect to convert high-velocity steam flow into powerful suction, effectively removing gases, liquids, and solid particles from environments. It is a critical component for generating high vacuum levels across diverse industries.

How a Steam Ejector Works

• High-pressure steam enters through the nozzle into the suction chamber.
• Pressure drops in the Venturi zone, creating intense suction.
• Gases or particles are continuously evacuated from the system.
• This process requires no moving parts, ensuring stable vacuum production.

Key Applications

• Oil & Gas: Evacuating non-condensable gases in refineries.
• Pharmaceuticals: Freeze-drying processes in production lines.
• Food Processing: Rapid evaporation in concentrate and sweetener manufacturing.
• Power Plants: Condenser air removal in thermal systems.

Key Advantages

• ✅ No moving parts → Reduced maintenance costs.
• ✅ Long operational lifespan with corrosion-resistant materials.
• ✅ Compatible with high-temperature and high-pressure environments.
• ✅ Compact design and easy installation.

Maintenance Tips

• Periodically inspect nozzles for blockages.
• Use dry, particle-free steam for optimal performance.
• Monitor input pressure to meet technical specifications.